바이오매스 자원 잠재량 산정
Estimation of Biomass Resources Potential
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초록
Biomass has been used for energy sources from the prehistoric age. Biomass are converted into solid, liquid or gaseous fuels and are used for heating, electricity generation or for transportation recently. Solid biofuels such as bio-chips or bio-pellet are used for heating or electricity generation. Liquid biofuels such as biodiesel and bioethanol from sugars or lignocellulosics are well known renewable transportation fuels. biogas produced from organic waste are also used for heating, generation and vehicles. Biomass resources for the production of above mentioned biofuels are classified under following 4 categories, such as forest biomass, agricultural residue biomass, livestock manure and municipal organic wastes. The energy potential of those biomass resources existing in Korea are estimated. The energy potential for dry biomass (forest, agricultural, municipal waste) were estimated from their heating value contained, whereas energy potential of wet biomass (livestock manure, food waste, waste sludge) is calculated from the biological methane potential of them on annual basis. Biomass resources potential of those 4 categories in Korea are estimated to be as follows. Forest biomass 355.602 million TOE, agricultural biomass 4.019 million TOE, livestock manure biomass 1.455 million TOE, and municipal organic waste 1.074 million TOE are available for biofuels production annually.
Abstract
Biomass has been used for energy sources from the prehistoric age. Biomass are converted into solid, liquid or gaseous fuels and are used for heating, electricity generation or for transportation recently. Solid biofuels such as bio-chips or bio-pellet are used for heating or electricity generation. Liquid biofuels such as biodiesel and bioethanol from sugars or lignocellulosics are well known renewable transportation fuels. biogas produced from organic waste are also used for heating, generation and vehicles. Biomass resources for the production of above mentioned biofuels are classified under following 4 categories, such as forest biomass, agricultural residue biomass, livestock manure and municipal organic wastes. The energy potential of those biomass resources existing in Korea are estimated. The energy potential for dry biomass (forest, agricultural, municipal waste) were estimated from their heating value contained, whereas energy potential of wet biomass (livestock manure, food waste, waste sludge) is calculated from the biological methane potential of them on annual basis. Biomass resources potential of those 4 categories in Korea are estimated to be as follows. Forest biomass 355.602 million TOE, agricultural biomass 4.019 million TOE, livestock manure biomass 1.455 million TOE, and municipal organic waste 1.074 million TOE are available for biofuels production annually.
참고문헌 (28)
- "New & Renewable Energy Statistics 2013", Korea Energy Management Corporation, ~ (2014)
- The 4 th New and Renewable Energy Development Master Plan, , Ministry of Trade, Industry & Energy, ~ (2014)
- Biomass Resources Survey and Energy Evaluation, "Hong J. J.", Korea Institute of Energy Research, ~, pp.KE-89-17 (1988)
- Han K. S., "Bioenergy production & utilization technologies in technical education" (2015), Bioenergy core technology research center
- Oh K. K., "Bioenergy production & utilization technologies in technical education" (2015), Bioenergy core technology research center
- Lee J. P., "Bioenergy production & utilization technologies in technical education" (2015), Bioenergy core technology research center
- "2011 Forestry Basic Statistics", Korea Forest Service, ~ (2011)
- "National Inherent Coefficient of Land Use, Land Use Change, Forestry", National Institute of Forest Science, Internal Circular Brochure, ~ (2014)
- "Article 5 of Enforcement Regulation of the Energy Act", ~
- Forest Biomass Assessment in Korea, "Son Y. M.", National Institute of Forest Science, ~, pp.07-22 (2007)
- Crop Production Survey, , Statistics Korea, ~ (2015)
- 박우균, "농업부문 바이오매스 자원 환산계수 및 잠재발생량 산정", 한국환경농학회지, 30(3), pp.252~260 (2011), 한국환경농학회
- Test report, , National Institute of Agricultural Sciences, ~ (2012)
- Livestock Statistics Survey, , Statistics Korea, ~ (2014)
- Technical Manual for Total Maximum Daily Load Management of Water Contamination, , National Institute of Environmental Research, ~, pp.NIER-GP2014-057 (2014)
- 김재경, "탄화공정에서의 우분 반응속도 평가", 자원리싸이클링, 23(6), pp.40~46 (2014), 한국자원리싸이클링학회[DOI]
- Md. Nurul Islam Siddique, "Mesophilic and thermophilic biomethane production by co-digesting pretreated petrochemical wastewater with beef and dairy cattle manure", Journal of Industrial and Engineering Chemistry, 20(1), pp.331~337 (2014), 한국공업화학회
- 권순익, "계분을 원료로 한 퇴비의 퇴비화 과정 중 동물용 항생물질 농도저감", 한국토양비료학회지(Korean Journal of Soil Science and Fertilizer), 45(4), pp.628~634 (2012), 한국토양비료학회[DOI]
- Analysis report(2), "Korea Institute of Energy Research", ~ (2014)
- Analysis report(3), "Korea Institute of Energy Research", ~ (2014)
- G. Quiroga, "Physico-chemical analysis and calorific values of poultry manure", Waste Management, 30(5), pp.880~884 (2010)
- A Feasibility Study of Biogas Utilization from Animal Wasts, "Park S. C.", Korea Institute of Energy Research, ~ (2001)
- Analysis report(1), "Korea Institute of Energy Research", ~ (2014)
- Tchobanoglous, G., "Integrated Solid Waste Management –Engineering Principles and Management Issues", pp.679~683 (1993), McGraw-Hill
- "National Waste Management Statistics of Korea", Ministry of Environment, Korea Environment Corporation, ~ (2014)
- A Study on Appropriate Distribution for Utilization of Waste Resources and Bioenergy(I)- Focusing on Biogas, "Cho J. H", Korea Environment Institute, ~ (2014)
- "2013 National Sewer Statistics", Ministry of Environment, ~ (2014)
- "Table of Annual Volumetric Growth Rate, Korea Forest Service Notification No. 2012-85of the Korea Forest Service)", ~ (2012)